The SPALECK Recycling Waste Screen is a vibratory screen with circular motion, powered by a three-phase AC drive. Its impact area is equipped with a blind-bottom that ensures efficient use of the screening surface, optimal material flow, and extends the lifespan of subsequent screening elements while reducing material blockages.

This screen offers nearly blockage-free operation, even with varying materials, and ensures pure screening fractions with top screening quality. High performance is achieved through a maximised open screen area. Material is efficiently loosened and homogenised by combining cascades with gate bars.

The design allows easy cleaning and minimal maintenance, reducing downtime. With low operating costs, it benefits from long-lasting wear parts and low electrical consumption. Screening elements are easily replaced to accommodate different separating cuts, and the sub-frame effectively compensates for residual vibrations.

Our Flip-Flow Screens deliver exceptional performance and reliability. The non-blinding screening mats reduce contamination, ensuring consistent efficiency.

With a compact, modular design, it integrates easily into existing systems. Available in single- or multi-deck configurations, it adapts to various operational needs.

The dynamic, wear-resistant mats support efficient material flow and are screwlessly mounted, allowing for quick, hassle-free replacement. High acceleration on the mats creates a self-cleaning effect, minimizing maintenance.

Vibrating parameters are infinitely adjustable to match changing product characteristics and ensure optimal performance. This advanced technology maximises throughput, reduces downtime, and provides long-lasting reliability for a wide range of applications.

The SPALECK 3D COMBI Flip-Flow Screen is an efficient 2-in-1 solution for recycling your material. It combines both 3D and Flip-Flow technology, offering cost savings in steel construction, space, and equipment. The 3D screening elements ensure accurate grain sizing with minimal long pieces or extraneous materials for the Flip-Flow system in the lower deck. The Flip-Flow screen features screwless screen mats, eliminating the need for frequent cleaning.

This combined system reduces the need for additional conveying equipment, steel structures, and space, optimizing your entire recycling line. The design enhances product loosening and recirculation on the upper deck while increasing the lifespan of Flip-Flow screen mats by relieving them through the cascaded 3D deck above. The modular design allows for quick and easy replacement of 3D screening segments, ensuring maximum efficiency and minimal downtime.

The SPALECK ActiveFEED Infeed Hopper guarantees a permanently optimised supply to sorting equipment and recycling lines. The independent regulation of material discharge maximises the operating comfort. The uniform material feed ensures the best possible discharge performance - even with different changing materials.

KEY ADVANTAGES OF THE SPALECK ActiveFEED INFEED UNIT:

OPTIMAL FEED PERFORMANCE: Automatically detects fill levels and regulates discharge capacity to match downstream sorting requirements.

INTELLIGENT MATERIAL FEED: ActiveFEED technology independently adjusts material feed to achieve your recycling goals.

CONSTANT DISCHARGE CAPACITY: Automatically adjusts vibration, inclination, and material output to maintain desired discharge rates.

TOP PERFORMANCE – ALSO FOR RETROFITTING: Easily integrate into your recycling line with the PLUG&WIN principle for immediate benefits.

ActiveFEED PAYS OFF: Enhanced throughput reduces costs, boosts recycling efficiency and protects the environment.

SPALECK vibratory feeders guarantee maximum material flow. The design tailored to your needs and material-optimised surfaces enable gentle and targeted conveying and dosing of your bulk material. With our range of unbalanced vibratory conveyors, magnetic vibratory conveyors, resonance conveyors and dosing feeders, we adapt your machine individually to your material to be conveyed, the possible installation dimensions and the throughput rate. The feed and distribution of your material is thus optimised.